US2002197456A1PendingUtilityA1
Integrated electro-luminescent biochip
Priority: Jun 30, 1993Filed: Sep 27, 2001Published: Dec 26, 2002
Est. expiryJun 30, 2013(expired)· nominal 20-yr term from priority
Inventors:Edward J. A. Pope
C09K 11/04H01J 29/32G02F 1/133617C09K 11/06C09K 11/592Y10T428/24917C09K 11/02
35
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Claims
Abstract
A biochip includes a plurality of sensors. Each sensor contains one or more light sources and one or more optical detectors.
Claims
exact text as granted — not AI-modifiedWhat is claimed is:
1 . A chip comprising a plurality of sensors.
2 . A chip of claim 1 comprising a plurality of sensors, each of which contains one or more light sources and one or more optical detectors.
3 . A chip of claim 2 in which the light source is an electro-luminescent material.
4 . A chip of claim 2 in which the light source is an organic electroluminescent material.
5 . A chip of claim 2 in which the light source is an inorganic electroluminescent material.
6 . A chip of claim 2 in which the light source is connected by conductive electrodes.
7 . A chip of claim 2 in which the detector is a semiconducting material.
8 . A chip of claim 2 in which the detector is composed of amorphous silicon.
9 . A chip of claim 2 in which the detector is tuned to respond to a specific wavelength range of light.
10 . A chip of claim 2 with multiple detectors in which each detector is tuned to a different wavelength range of light.
11 . A chip of claim 2 with multiple detectors in which each detector is tuned to a different wavelength range of light and the output of these detectors produces a spectra.
12 . A chip of claim 2 with multiple detectors in which each detector is tuned to a different wavelength range of light and each detector is connected by conductive electrodes.
13 . A chip of claim 2 in which each sensor is coupled to a bioactive material.
14 . A chip of claim 2 in which each sensor is coupled to a protein.
15 . A chip of claim 2 in which each sensor is coupled to an antibody.
16 . A chip of claim 2 in which each sensor is coupled to a fluorescence-labeled antibody.
17 . A chip of claim 2 in which each sensor is coupled to an organic dye.
18 . A chip of claim 2 in which each sensor is coupled to a porous gel.
19 . A chip of claim 2 in which each sensor is coupled to a porous gel doped with an organic dye.
20 . A chip of claim 2 in which each sensor is coupled to a porous gel doped with a protein or enzyme.
21 . A chip of claim 2 in which each sensor is coupled to a porous gel containing an antibody.
22 . A chip of claim 2 in which each sensor is coupled to a porous gel encapsulating a living cell.
23 . A chip of claim 2 in which each sensor is coupled to a porous silica gel.
24 . A chip of claim 2 in which each sensor is coupled to a porous silica gel doped with an organic dye.
25 . A chip of claim 2 in which each sensor is coupled to a porous silica gel doped with a protein or enzyme.
26 . A chip of claim 2 in which each sensor is coupled to a porous silica gel containing an antibody.
27 . A chip of claim 2 in which each sensor is coupled to a porous silica gel encapsulating a living cell.
28 . A chip of claim 2 in which each sensor is coupled to a porous silica gel microsphere.
29 . A chip of claim 2 in which each sensor is coupled to a porous silica gel microsphere doped with an organic dye.
30 . A chip of claim 2 in which each sensor is coupled to a porous silica gel microsphere doped with a protein or enzyme.
31 . A chip of claim 2 in which each sensor is coupled to a porous silica gel microsphere containing an antibody.
32 . A chip of claim 2 in which each sensor is coupled to a porous silica gel microsphere encapsulating a living cell.Join the waitlist — get patent alerts
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